KEGG   Homo sapiens (human): 27340
Entry
27340             CDS       T01001                                 
Symbol
UTP20, 1A6/DRIM, DRIM
Name
(RefSeq) UTP20 small subunit processome component
  KO
K14772  U3 small nucleolar RNA-associated protein 20
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03009 Ribosome biogenesis [BR:hsa03009]
    27340 (UTP20)
Ribosome biogenesis [BR:hsa03009]
 Eukaryotic type
  90S particles
   U3 small nucleolar RNA-associated proteins
    27340 (UTP20)
SSDB
Motif
Pfam: UTP20_N UTP20_C DUF3136
Other DBs
NCBI-GeneID: 27340
NCBI-ProteinID: NP_055318
OMIM: 612822
HGNC: 17897
Ensembl: ENSG00000120800
UniProt: O75691
Structure
Position
12:101280105..101386618
AA seq 2785 aa
MKTKPVSHKTENTYRFLTFAERLGNVNIDIIHRIDRTASYEEEVETYFFEGLLKWRELNL
TEHFGKFYKEVIDKCQSFNQLVYHQNEIVQSLKTHLQVKNSFAYQPLLDLVVQLARDLQM
DFYPHFPEFFLTITSILETQDTELLEWAFTSLSYLYKYLWRLMVKDMSSIYSMYSTLLAH
KKLHIRNFAAESFTFLMRKVSDKNALFNLMFLDLDKHPEKVEGVGQLLFEMCKGVRNMFH
SCTGQAVKLILRKLGPVTETETQLPWMLIGETLKNMVKSTVSYISKEHFGTFFECLQESL
LDLHTKVTKTNCCESSEQIKRLLETYLILVKHGSGTKIPTPADVCKVLSQTLQVASLSTS
CWETLLDVISALILGENVSLPETLIKETIEKIFESRFEKRLIFSFSEVMFAMKQFEQLFL
PSFLSYIVNCFLIDDAVVKDEALAILAKLILNKAAPPTAGSMAIEKYPLVFSPQMVGFYI
KQKKTRSKGRNEQFPVLDHLLSIIKLPPNKDTTYLSQSWAALVVLPHIRPLEKEKVIPLV
TGFIEALFMTVDKGSFGKGNLFVLCQAVNTLLSLEESSELLHLVPVERVKNLVLTFPLEP
SVLLLTDLYYQRLALCGCKGPLSQEALMELFPKLQANISTGVSKIRLLTIRILNHFDVQL
PESMEDDGLSERQSVFAILRQAELVPATVNDYREKLLHLRKLRHDVVQTAVPDGPLQEVP
LRYLLGMLYINFSALWDPVIELISSHAHEMENKQFWKVYYEHLEKAATHAEKELQNDMTD
EKSVGDESWEQTQEGDVGALYHEQLALKTDCQERLDHTNFRFLLWRALTKFPERVEPRSR
ELSPLFLRFINNEYYPADLQVAPTQDLRRKGKGMVAEEIEEEPAAGDDEELEEEAVPQDE
SSQKKKTRRAAAKQLIAHLQVFSKFSNPRALYLESKLYELYLQLLLHQDQMVQKITLDCI
MTYKHPHVLPYRENLQRLLEDRSFKEEIVHFSISEDNAVVKTAHRADLFPILMRILYGRM
KNKTGSKTQGKSASGTRMAIVLRFLAGTQPEEIQIFLDLLFEPVRHFKNGECHSAVIQAV
EDLDLSKVLPLGRQHGILNSLEIVLKNISHLISAYLPKILQILLCMTATVSHILDQREKI
QLRFINPLKNLRRLGIKMVTDIFLDWESYQFRTEEIDAVFHGAVWPQISRLGSESQYSPT
PLLKLISIWSRNARYFPLLAKQKPGHPECDILTNVFAILSAKNLSDATASIVMDIVDDLL
NLPDFEPTETVLNLLVTGCVYPGIAENIGESITIGGRLILPHVPAILQYLSKTTISAEKV
KKKKNRAQVSKELGILSKISKFMKDKEQSSVLITLLLPFLHRGNIAEDTEVDILVTVQNL
LKHCVDPTSFLKPIAKLFSVIKNKLSRKLLCTVFETLSDFESGLKYITDVVKLNAFDQRH
LDDINFDVRFETFQTITSYIKEMQIVDVNYLIPVMHNCFYNLELGDMSLSDNASMCLMSI
IKKLAALNVTEKDYREIIHRSLLEKLRKGLKSQTESIQQDYTTILSCLIQTFPNQLEFKD
LVQLTHYHDPEMDFFENMKHIQIHRRARALKKLAKQLMEGKVVLSSKSLQNYIMPYAMTP
IFDEKMLKHENITTAATEIIGAICKHLSWSAYMYYLKHFIHVLQTGQINQKLGVSLLVIV
LEAFHFDHKTLEEQMGKIENEENAIEAIELPEPEAMELERVDEEEKEYTCKSLSDNGQPG
TPDPADSGGTSAKESECITKPVSFLPQNKEEIERTIKNIQGTITGDILPRLHKCLASTTK
REEEHKLVKSKVVNDEEVVRVPLAFAMVKLMQSLPQEVMEANLPSILLKVCALLKNRAQE
IRDIARSTLAKIIEDLGVHFLLYVLKELQTTLVRGYQVHVLTFTVHMLLQGLTNKLQVGD
LDSCLDIMIEIFNHELFGAVAEEKEVKQILSKVMEARRSKSYDSYEILGKFVGKDQVTKL
ILPLKEILQNTTSLKLARKVHETLRRITVGLIVNQEMTAESILLLSYGLISENLPLLTEK
EKNPVAPAPDPRLPPQSCLLLPPTPVRGGQKAVVSRKTNMHIFIESGLRLLHLSLKTSKI
KSSGECVLEMLDPFVSLLIDCLGSMDVKVITGALQCLIWVLRFPLPSIETKAEQLTKHLF
LLLKDYAKLGAARGQNFHLVVNCFKCVTILVKKVKSYQITEKQLQVLLAYAEEDIYDTSR
QATAFGLLKAILSRKLLVPEIDEVMRKVSKLAVSAQSEPARVQCRQVFLKYILDYPLGDK
LRPNLEFMLAQLNYEHETGRESTLEMIAYLFDTFPQGLLHENCGMFFIPLCLMTINDDSA
TCKKMASMTIKSLLGKISLEKKDWLFDMVTTWFGAKKRLNRQLAALICGLFVESEGVDFE
KRLGTVLPVIEKEIDPENFKDIMEETEEKAADRLLFSFLTLITKLIKECNIIQFTKPAET
LSKIWSHVHSHLRHPHNWVWLTAAQIFGLLFASCQPEELIQKWNTKKTKKHLPEPVAIKF
LASDLDQKMKSISLASCHQLHSKFLDQSLGEQVVKNLLFAAKVLYLLELYCEDKQSKIKE
DLEEQEALEDGVACADEKAESDGEEKEEVKEELGRPATLLWLIQKLSRIAKLEAAYSPRN
PLKRTCIFKFLGAVAMDLGIDKVKPYLPMIIAPLFRELNSTYSEQDPLLKNLSQEIIELL
KKLVGLESFSLAFASVQKQANEKRALRKKRKALEFVTNPDIAAKKKMKKHKNKSEAKKRK
IEFLRPGYKAKRQKSHSLKDLAMVE
NT seq 8358 nt   +upstreamnt  +downstreamnt
atgaagacaaagcccgtttcccacaagaccgagaacacctaccggtttcttacatttgct
gaacgactggggaatgttaatattgatattattcaccggattgatagaactgcaagctat
gaggaggaggttgaaacctacttttttgagggtctgctgaaatggagagaattaaacctc
acagaacacttcggaaaattttacaaagaagttattgacaaatgccaatcattcaatcag
ttggtgtatcaccaaaacgagatagttcagagtttgaagactcacctgcaagttaagaac
agttttgcctatcaaccccttttggatttggttgtacagttggcacgagatctgcagatg
gatttctacccacactttccagagttttttttgactatcacctcgatcctggagactcag
gacacagagttgttagaatgggctttcacctcgttatcatatctttataagtacctgtgg
agactgatggtgaaggacatgtccagtatatacagcatgtacagcacactcctggctcat
aaaaaactacatataagaaattttgctgctgaaagttttacttttttgatgagaaaggtc
tctgataaaaacgcacttttcaatttaatgtttcttgatcttgataaacatccagaaaaa
gttgaaggtgttggacagttgctctttgaaatgtgcaaaggagttagaaatatgtttcac
tcctgtacaggccaggcagtgaagctaattttgcgaaagctaggaccagtcactgaaaca
gaaactcaactaccatggatgttaattggagaaacactcaaaaacatggtcaaatccact
gtatcctacatctccaaggaacattttggtacattttttgaatgtttgcaagaatcgctc
ttggatctacacacaaaagtaacaaaaactaactgttgtgaaagttctgaacagattaaa
aggttgttggaaacataccttatacttgtaaaacatggaagtgggacaaagatacccacg
cctgctgatgtctgtaaggtgttatctcaaacactgcaagtagccagtctctccacatct
tgctgggagaccctcttggatgtaatttctgctttgatcctgggtgaaaatgtttccttg
ccggagaccctcatcaaagaaaccatagaaaaaatatttgagagcagatttgaaaaacgt
ttaattttcagtttttctgaagtcatgtttgccatgaagcagtttgagcagctttttcta
ccaagctttctgtcatatattgtgaattgcttcttaattgatgatgctgtagtcaaagat
gaagctctggccattctggccaagctcattctgaacaaagcagcacctcccactgctggc
tcgatggcaattgaaaagtaccctctggttttctcaccgcagatggtgggattctatata
aagcagaagaagactagatccaagggaagaaacgaacagtttccagtattggaccatctt
ttatctataattaagttacccccaaataaagatactacttacctttcacaatcttgggca
gccctcgtggtgttacctcatattagacctcttgagaaagagaaggtgataccactcgtc
accggcttcatagaggcactcttcatgactgttgacaaaggaagctttgggaaaggaaac
ttatttgttctttgtcaagctgtaaatactctactaagtttggaagaatcttctgaactt
cttcatttggttcctgtggaacgtgtgaagaatttagtattaacctttcccctggagcca
tctgtgttgctgttgactgatctctattatcagagattagccttgtgtggctgcaaaggg
ccactttcccaggaggctttaatggaattatttcccaagttacaagcaaacatttcaact
ggtgtatccaagattcggcttttgacaataaggatcctaaaccattttgatgtccagctt
ccagaatcaatggaggatgatgggctctcagagcggcagtctgtctttgctatattacgc
caggcagaacttgttccagcaactgtgaatgattatagagagaagcttcttcatttgaga
aaactaagacatgatgtggtacagactgctgtccctgatgggccgttacaggaggtgccg
cttcgttatttgttaggcatgctatatattaatttcagtgcactctgggatcctgttatt
gaactcataagttctcatgcacacgaaatggaaaataagcaattttggaaagtctactat
gagcatctagaaaaagcagctacgcatgctgagaaggaactacagaatgatatgacagat
gagaagtccgttggagatgaaagttgggagcagacccaggaaggagatgttggagctctt
tatcatgagcagttagcattgaaaactgactgtcaggaaagacttgaccacaccaacttc
agattcctgctctggagagctctgaccaaattcccagaaagagtagagccacggtccagg
gagctttccccgcttttcttgagatttatcaacaatgagtattacccagcagatctgcaa
gttgctccaacccaggatctacggagaaaaggcaaagggatggtggcagaggaaatcgaa
gaggaacctgccgcaggagatgatgaagagttggaggaagaggcagtgccccaagatgaa
tcctcacagaagaaaaagacgaggagagctgcagcaaagcaattaattgctcatttgcaa
gttttctctaaattttcaaatccacgggccttatatctggaatccaaactatatgagtta
tatcttcagttgttgctacaccaagatcaaatggtgcaaaaaataaccttggattgcata
atgacatataaacatcctcatgtcctcccttacagggaaaacttacaaaggttgcttgaa
gacagaagctttaaggaagagatagtgcattttagcatttcagaagataatgctgtagtg
aaaacagcccaccgagcagatctatttcctattctgatgagaattttgtatgggcgaatg
aagaataagactgggagtaaaactcaggggaaatctgcttcaggcacccgcatggccatt
gtcctgcggttcctggccgggacccaacctgaggagatccagatattcttagacctgctg
tttgaacctgtgaggcatttcaagaatggagagtgccattctgcagtcattcaagcagta
gaagacttggatttgtctaaagttcttcctttaggtcgtcagcacggtatcttaaacagc
cttgagatagtattgaaaaacattagtcatctgatcagcgcatacctgccgaagattttg
cagatactgctctgtatgacagcaaccgtatcacacatccttgaccaacgagaaaagata
cagctgagatttattaatccattgaaaaatttaagacgtcttggaatcaaaatggtaact
gatatctttttggactgggaatcatatcagtttagaacagaagaaattgatgctgtgttt
catggtgcagtttggccccagatcagcaggcttggatctgagagtcaatattctcctact
cctctgctgaaactgatcagtatctggagcagaaacgcaagatatttccctttgctggct
aaacagaagcctgggcacccagaatgtgatatcctgaccaatgtttttgcaattctctca
gcgaagaatctttctgatgccacagccagtattgtaatggacatagttgatgaccttctt
aaccttccagatttcgagcctacagaaacagttttgaacttgctggtaactggatgtgta
taccctggcatagcagaaaacatcggtgagtctatcacaataggaggaagattaattcta
cctcatgtacctgcaattcttcagtatctcagcaaaaccacaataagcgcagaaaaggtg
aaaaagaaaaagaatagagcacaagtcagtaaagagcttggcattctttcaaagatcagc
aagtttatgaaagacaaagaacaaagttctgtactcattacgcttctccttccattcctc
caccgtggcaatattgctgaggatacagaggttgatattctggtgacagtacaaaacttg
ttaaagcattgtgtggaccctacaagcttcctcaagcctatagcaaaacttttctcagtt
attaagaacaaattgtcaagaaaattgctttgtacggtttttgagactctttctgatttt
gagagtgggttaaaatatattactgatgttgtcaagcttaacgccttcgatcaaagacat
cttgatgatatcaacttcgacgttcgctttgagactttccagaccatcacctcttacatt
aaagaaatgcaaattgtggatgttaactacctaattccagttatgcataattgtttctat
aatctagagttaggagatatgagtttaagtgataatgccagcatgtgcctgatgagtatc
atcaaaaagctagctgccttgaatgtcacagagaaagactatagagaaatcatccaccgt
tcactcctggagaaattgagaaaaggtctgaagagccagacagagagtattcagcaggat
tataccacaatactttcctgtttaattcaaacctttccaaaccaactggaattcaaagac
ttggtacaacttactcattaccatgacccagaaatggacttctttgagaacatgaagcac
attcagatccacagaagagcaagagccttgaagaaacttgcaaaacaactaatggaaggc
aaagttgttctgtcttctaaatctcttcagaattacatcatgccttatgccatgactcca
atttttgatgagaaaatgctcaagcatgaaaatataaccactgctgccacagagattatt
ggagccatttgcaaacatctctcttggtcagcgtatatgtattacttgaaacatttcatt
catgtcttacaaacgggacagatcaatcaaaaactgggtgtcagtttgctagtaatagtg
ttagaagcattccactttgaccacaaaactcttgaagaacaaatgggaaaaattgagaat
gaagaaaacgcaattgaagcaattgagttaccagagcctgaggccatggaattagagcgt
gtggatgaggaagagaaggaatatacatgcaagagtttgtcagacaacggacaaccggga
acccctgatccagctgactctggaggaacatcagctaaagaatccgagtgtatcacaaag
cctgtctctttccttcctcaaaacaaggaagaaatagagagaacaattaaaaatatccaa
ggaaccataaccggggatattctccccaggctacataaatgccttgcatctacgactaaa
agggaagaagaacacaagcttgtcaagtcaaaggttgtgaatgatgaggaagtcgttcga
gttccattagcttttgccatggttaaactaatgcagtcccttccacaagaagttatggaa
gctaatctgccaagtattttgctgaaagtgtgtgccctactcaagaacagagcccaagaa
atcagagacattgcacgcagcactcttgcgaaaataatagaggatcttggtgtgcacttc
ctcctatatgttttaaaagaattacagactactcttgtccgtggataccaggtccatgtg
ctgactttcaccgttcacatgctgctgcaaggcctcaccaataagctgcaggtcggagat
ttggactcttgtttagatataatgattgagatttttaaccatgagttgtttggtgctgtt
gctgaagagaaggaagtaaagcagatcctctccaaagtcatggaagcacgaagaagcaaa
agttacgactcttatgaaatcctcggcaagtttgtaggaaaagatcaggttacaaaactc
atccttccattaaaagagatcttacaaaataccacgagtttgaaactggcccggaaagtt
catgaaactttacgccgaatcacagtgggattaattgtaaatcaggaaatgacagctgaa
tccattctattactcagttatggtttgatcagtgaaaatcttcccctgttaacagagaaa
gaaaaaaatccagtagccccagcaccagatccacgtctaccaccccagagctgccttctg
cttcccccaactccagttcgaggtggacagaaagctgttgtgagcaggaaaaccaacatg
cacatatttattgagtccgggcttcggctgctgcatctgagtctgaagacttccaagatc
aagtcttcaggtgaatgtgtcctggaaatgctggatccttttgtgtctctcctcatagac
tgcctgggctccatggatgtgaaggtgatcacaggtgctttacagtgcctcatctgggtc
ttgaggttcccgctaccttccatagaaacaaaagcagagcagctgacaaaacacctcttc
cttctgctgaaggactatgcaaagctcggggccgccaggggccagaacttccaccttgtg
gtcaattgtttcaagtgtgtgaccatacttgtcaagaaagtcaagtcttaccagataact
gaaaaacagctccaagttctactggcctatgctgaggaggacatttatgatacttcaaga
caagccactgcctttggtcttctgaaggcaattttatcaagaaagctgttggtcccagaa
atcgatgaggtcatgcggaaagtatccaagttggcagtctctgcacaaagcgaacctgcc
agggtccagtgtagacaggtttttctgaaatatattcttgactatcccctgggtgacaaa
ttgagaccaaacttggaattcatgctcgctcaactgaattacgaacatgagaccgggaga
gagtccaccttggaaatgatcgcctatctctttgacacgttccctcaggggctgctccat
gagaactgcggaatgttctttatccctctttgtctaatgacgatcaatgatgactctgcc
acgtgcaaaaagatggcatccatgacaatcaagtccctacttggtaaaatcagcctcgag
aaaaaagattggctgtttgatatggttaccacttggtttggagcaaaaaagcgcttaaat
agacaacttgctgccctgatctgtggcttgtttgtggaaagtgaaggagttgattttgag
aaaagacttggaactgtccttcctgtgattgaaaaggaaattgatcctgaaaactttaaa
gatatcatggaagaaactgaagaaaaagctgcagatcgccttctgtttagttttcttaca
ctgataactaaacttatcaaggaatgtaatattattcagtttaccaaacccgctgagact
ttgagtaaaatctggagtcatgtgcattctcacctgagacatccacacaactgggtgtgg
ctcacagcagcccagatttttggattactctttgcctcttgccagccagaggagcttatt
caaaaatggaataccaaaaagaccaaaaaacacctcccagaacctgtagcaatcaagttc
ctagccagtgaccttgaccaaaagatgaaaagtatctctctcgcctcttgccatcaattg
cattccaaattcttggatcagtctctaggagaacaggttgttaagaatttgttgttcgca
gccaaagtcttgtatttactggaactttattgtgaggataagcaaagtaagataaaagaa
gacctggaagaacaagaagctttagaagatggtgtggcctgtgcagatgagaaggcggag
tctgacggagaagagaaggaagaggtgaaggaagagctcggcaggccggccacgctgctg
tggttgatccagaagctgtcccggattgcaaaactggaagctgcttattcgccgagaaac
cccttaaagagaacatgcatctttaagttcctcggcgccgtagcaatggatcttgggata
gacaaggtaaagccgtatctcccaatgatcatagctcctttgtttcgggaactcaacagc
acctattcagagcaagatcctttgctgaagaatctatcccaggaaatcatagaattactc
aaaaagctggttgggcttgagagcttctcattagcctttgcctctgtacagaaacaggct
aatgagaaaagggcactccggaaaaagaggaaggccctggagtttgtaactaatcctgat
attgctgccaagaaaaaaatgaagaaacacaaaaataaaagtgaagcaaagaagagaaag
atagagttcctgcgtccaggatataaggccaagagacaaaaaagccatagcctgaaagat
ttagcaatggtggagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (15)   
   RefSeq(nuc) (1)   
   GenBank (7)   
   EMBL (7)   
3D Structure (3)   
   PDB (3)   
Protein domain (3)   
   Pfam (3)   
All databases (60)   

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